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Cape Canaveral Space Launch Complex 40

Coordinates:28°33′43″N80°34′38″W / 28.56194°N 80.57722°W /28.56194; -80.57722
From Wikipedia, the free encyclopedia
(Redirected fromSLC-40)
Rocket launch site in Florida, US

This article is about the SLC-40 Florida landing zones. For the other landing zones, seeSpaceX landing zone.
Space Launch Complex 40
SLC-40 during launch ofNG-20, shortly after the completion of the tower and access arm for crewed launches
Map
Interactive map of Space Launch Complex 40
Launch siteCape Canaveral Space Force Station
Location28°33′43″N80°34′38″W / 28.56194°N 80.57722°W /28.56194; -80.57722
Time zoneUTC−05:00 (EST)
• Summer (DST)
UTC−04:00 (EDT)
Short nameSLC-40
Operator
Orbital inclination
range		28.5–55, 66–145°[1]
Launch history
StatusActive
Launches349
First launch18 June 1965
Titan IIIC (Mass simulator)
Last launch22 November 2025
Falcon 9 Block 5 (Starlink G6-79)
Associated
rockets
LZ-x landing history
StatusPlanned
Associated
rockets

Space Launch Complex 40 (SLC-40), sometimes referred to as "Slick Forty," is one of twolaunch pads located at theIntegrate-Transfer-Launch Complex inCape Canaveral Space Force Station, Florida.[2] It initially opened asLaunch Complex 40 (LC-40) and was used by theUnited States Air Force alongside the neighboringSpace Launch Complex 41 for theTitan III program. It first saw use by theTitan IIIC throughout the 1960s and 1970s, before getting retrofitted for theTitan 34D during the 1980s. In the 1990s,Martin Marietta and the Air Force upgraded it to launch theCommercial Titan III, but the rocket's lack of success caused the pad to be used by theTitan IV throughout the decade and into the 2000s.

Following the Titan family's retirement, the SLC-40 lease was given toSpaceX in 2007 for use by their new rocket, theFalcon 9. Since the early 2010s, the pad has transformed into a high-volume launch site for the Falcon 9, being mainly used to service the company'sStarlink megaconstellation. As of November 2025, the pad has hosted over 290 Falcon 9 launches.

In near future, SpaceX will add a new Falcon 9 landing zone within the SLC‑40 launch complex to replaceLanding Zones 1 and 2.[3][4]

History

[edit]

Titan IIIC and 34D (1965–1989)

[edit]
LC-40 in 1974, launching aTitan IIIC withATS-6

Launch Complex 40 was originally constructed by theUnited States Air Force as one of two launch pads of theIntegrate-Transfer-Launch Complex (ITL), tasked with launchingTitan III rockets withsolid rocket boosters.[5] The ITL was similar toLaunch Complex 39 at the nearbyKennedy Space Center, where Titans would get assembled at theVertical Integration Building (demolished in 2006), have their boosters built and attached at the Solid Motor Assembly Building (now used by SpaceX to process Falcon 9 payloads), and launched from either LC-40 orLaunch Complex 41 (LC-41, now SLC-41).

LC-40 hosted its inaugural launch in June 1965, aTitan IIIC rocket with a 9,500 kg (21,000 lb)mass simulator to test theTranstage upper stage. Almost every Titan IIIC launch from the pad carried a military payload, the vast majority of them being classified reconnaissance satellites. Additionally, the ITL was planned to launch theTitan IIIM for the Air Force'sManned Orbiting Laboratory (MOL) program, using it as a testing ground before the operational launch site atVandenberg Air Force Base'sSLC-6 would be activated. The only MOL launch made before the program's cancellation occurred at LC-40, withOPS 0855 lifting off in November 1966 with the first capsule to be reused,Gemini SC-2 previously flown onGemini 2.

Going into the 1970s, LC-40 became the dedicated launch site for the Titan IIIC within the ITL, as LC-41 would undergo modifications to launch theTitan IIIE. Throughout the rest of the decade, the complex would see approximately one to three Titan IIIC launches a year until the rocket's replacement with theTitan 34D in the early 1980s. Similarly to its predecessor, every Titan 34D launch from the pad was for military purposes, being used to put payloads intogeostationary transfer orbit.

Commercial Titan III and Titan IV (1990–2005)

[edit]

In the late 1980s, Titan manufacturerMartin Marietta and the Air Force converted the ITL to their new Titan configurations: LC-40 would be used to launch the civilian-focusedCommercial Titan III, while LC-41 would be for the military-orientedTitan IV. Additionally, Titan IV processing would go through the newly built Solid Motor Assembly and Readiness Facility (now used byUnited Launch Alliance for future assembly ofVulcan Centaur rockets) before launch. This setup did not last, as the Commercial Titan III's price compared to cheaper systems likeDelta II andAriane 4 limited its customer base into early retirement. That being said, a handful of notable payloads were launched from LC-40 in this era, likeIntelsat 603 in March 1990 (of which a stage malfunction caused it to be visited bySpace ShuttleEndeavour duringSTS-49) and the failedMars Observer in September 1992.

ATitan IV rocket with theCassini–Huygens payload at LC-40 in 1997

Following the Commercial Titan III's retirement, LC-40 was converted to complement LC-41 in the launches of the Titan IV. As was typical for the Titan family, almost all launches in the decade carried military payloads; the only exception to this wasNASA andESA'sCassini–Huygens mission toSaturn in October 1997. Going into the new millennium, the cost of Titan launches led toLockheed Martin (who assumed the control of Titan following Martin Marietta's merger withLockheed) winding down and announcing the retirement of the Titan family in favor of their cheaperAtlas launch vehicles. As such, the last Titan IV launches at the ITL were made from LC-40, with LC-41 and the SMARF converted to process and launch theAtlas V. Over its lifetime, LC-40 supported a total of 55 Titan launches, including 26 Titan IIICs, eight Titan 34Ds, four Commercial Titan IIIs, and 17 Titan IVs. The final Titan launch from LC-40 was theLacrosse-5 reconnaissance satellite carried on a Titan IV-B on April 30, 2005.[6]

Following the conclusion of Titan operations, the launch complex underwent significant transformation. The tower was dismantled in early 2008, followed by the controlled demolition of the Mobile Service Structure later that year.[5]

SpaceX and Falcon 9 (2007–present)

[edit]
SLC-40 in February 2010 withFalcon 9 v1.0 rocket carryingDragon Spacecraft Qualification Unit

SpaceX leased LC-40 from the U.S. Air Force in April 2007 to launch its Falcon 9 rocket, getting renamed to SLC-40 much like what happened to SLC-41 andSLC-37.[7] Ground facility construction began the following year, including a rocket and payload preparation hangar and new fuel tanks. A spherical liquid oxygen tank previously used atLC-34 was purchased from NASA.

The first Falcon 9 arrived in late 2008, with the inaugural launch in June 2010 carrying a dummy payload. ADragon spacecraft demonstration flight followed in December. Starting in 2012, SLC-40 became the primary launch site for the Dragon cargo vehicle providing provide two-waylogistics to andfrom the International Space Station, a role previously filled by theSpace Shuttle until its retirement in 2011.[8]

To accommodate the heavier Falcon 9 v1.1 rocket, the launch pad was modified in 2013.[9] Launch frequency gradually increased from 2014, with a mix of Dragon and satellite missions.

A catastrophic explosion occurred at SLC-40 in September 2016 during a static fire test, destroying a Falcon 9 rocket and its payload, theAMOS-6 satellite. The incident caused significant damage to the launch pad.[10][11] After a thorough investigation and cleanup, repairs and upgrades began in early 2017.[12] SLC-40 returned to service in December 2017 with the successful launch ofCRS-13.[13][14][15]

SpaceX had leasedLaunch Complex 39A (LC-39A) at the nearbyKennedy Space Center from NASA in April 2014, which allowed launches to continue to from Florida during the reconstruction of SLC-40. In August 2018, LC-39A's crew access tower received an access arm, allowing crew to be loaded ontoCrew Dragon 2 capsules along with late payload changes onCargo Dragon 2 capsules. Because SLC-40 lacked an access tower, Dragon missions were paused after the original Dragon 1 capsule was retired in 2020.[16]

SpaceX Crew-9 launching from SLC-40, with the crew access arm retracted for flight.

In the 2020s, SLC-40 would become SpaceX's "workhorse" launch pad, hosting less complex satellite launch missions as frequently as every week, completing 50 launches of this launch pad alone in 2023. Meanwhile, LC-39A was used less, being reserved for Dragon crew and cargo flights, Falcon Heavy missions, and other complex missions.[16]

To add additional operational flexibility and reduce reliance on LC-39A, in early 2023, SpaceX began constructing an access tower at SLC-40.[16] In February 2024, SpaceX tested its new emergency escape system for future crewed missions, which uses anevacuation slide instead of the slidewire baskets used atLC-39A.[17]

The tower was first used ahead of in early 2024 to accommodate late loading of supplies into cargo spacecraft.[16][18] SLC-40 was used to launch its first crewed mission in September 2024,SpaceX Crew-9.[19] The mission had been slated to use LC-39A, but was shifted to SLC-40 when the launch was delayed due to issues with theBoeing StarlinerCalypso spacecraft that was docked to the ISS. In addition, the delay would have bled into LC-39A's conversion process intoFalcon Heavy launches, as one was being used to launch NASA'sEuropa Clipper in October.[20]

In near future, SpaceX will make a new Falcon 9 landing pad within SLC‑40 launch complexes to eliminate use ofLanding Zones 1 and 2.[21][22]

Launch history

[edit]
Map
About OpenStreetMaps
Maps: terms of use
4km
2.5miles
28
28 LC-29
28 LC-29
27
27 LC-25
27 LC-25
26
26 LC-30
26 LC-30
25
25 LC-5 and LC-6
25 LC-5 and LC-6
24
24 LC-26
24 LC-26
23
23 SLC-17
23 SLC-17
22
22 LC-18
22 LC-18
21
21 LC-31 and LC-32
21 LC-31 and LC-32
20
20 LC-21 and LC-22
20 LC-21 and LC-22
19
19 SLC-46
19 SLC-46
18
18 LC-1, LC-2, LC-3, and LC-4
18 LC-1, LC-2, LC-3, and LC-4
17
17 LC-36
17 LC-36
16
16 LC-11
16 LC-11
15
15 LC-12
15 LC-12
14
14 LC-13 (LZ-2)
14 LC-13 (LZ-2)
13
13 LC-14
13 LC-14
12
12 LC-15
12 LC-15
11
11 LC-16
11 LC-16
10
10 LC-19
10 LC-19
9
9 SLC-20
9 SLC-20
8
8 LC-34
8 LC-34
7
7 SLC-37
7 SLC-37
6
6 LC-47
6 LC-47
5
5 SLC-40
5 SLC-40
4
4 SLC-41
4 SLC-41
3
3 LC-48
3 LC-48
2
2 LC-39A
2 LC-39A
1
1 LC-39B
1 LC-39B

  Active pads
  Active pads not used for launches
  Inactive leased pads
  Inactive unleased pads


Statistics

[edit]
10
20
30
40
50
60
70
1965
1970
1975
1980
1985
1990
1995
2000
2005
2010
2015
2020
2025

Titan III and IV

[edit]

All IIIC, 34D, and IV flights operated by theUnited States Air Force. All Commercial flights operated byMartin Marietta.

No.DateTime (UTC)Launch vehicleS/N and ConfigurationPayloadResultRemarks
118 June 196514:00Titan IIIC3C-7Mass simulatorSuccessMaiden flight of the Titan IIIC. First flight from LC-40 and the ITL Complex.
215 October 196517:24Titan IIIC3C-4LCS-2FailureTranstage ultimately failed while inlow Earth orbit due to leak in oxidizer tank.
33 November 196613:50Titan IIIC3C-9OPS-0855 (Gemini B)SuccessOnly flight for the Air Force'sManned Orbiting Laboratory program.Gemini B capsule flew on a suborbital trajectory while the rest continued into orbit. First ever flight of a reused spacecraft, beingGemini SC-2 flown onGemini 2.
48 April 197010:50Titan IIIC3C-18OPS-7033 and OPS-7034 (Vela)SuccessFirst Titan IIIC flight following rocket's decommission from LC-41.
56 November 197010:35Titan IIIC3C-19OPS-5960 (DSP)Partial failureThird burn of Transtage failed, leaving payload unusable in a lower orbit than intended.
65 May 197107:43Titan IIIC3C-20OPS-3811 (DSP)Success
73 November 197103:09Titan IIIC3C-21OPS-9431 and OPS-9432 (DSCS-II)Success
81 March 197209:39Titan IIIC3C-22OPS-1570 (DSP)Success
913 June 197307:14Titan IIIC3C-24OPS-6157 (DSP)Success
1013 December 197323:57Titan IIIC3C-26OPS-9433 and OPS-9434 (DSCS-II)Success
1130 May 197413:00Titan IIIC3C-27ATS-6SuccessPart of theApplications Technology Satellites program. Collaboration betweenNASA andISRO. First civilian launch from LC-40.
1220 May 197514:03Titan IIIC3C-25OPS-9435 and OPS-9436 (DSCS-II)FailureFailure of Transtage'sinertial measurement unit left payload stranded in LEO.
1314 December 197505:15Titan IIIC3C-29OPS-3165 (DSP)Success
1415 March 197501:25Titan IIIC3C-30LES-8, LES-9,Solrad 11A, and Solrad 11BSuccess
1526 June 197603:00Titan IIIC3C-28OPS-2112 (DSP)Success
166 February 197706:00Titan IIIC3C-23OPS-3151 (DSP)Success
1712 May 197714:26Titan IIIC3C-32OPS-9437 and OPS-9438 (DSCS-II)Success
1825 March 197818:09Titan IIIC3C-35OPS-9439 and OPS-9440 (DSCS-II)FailureHydraulics pump failure in second stage forcedrange safety protocols to be activated 8 minutes into flight.
1910 June 197819:12Titan IIIC3C-33OPS-9454 (Vortex)Success
2014 December 197800:43Titan IIIC3C-36OPS-9441 and OPS-9442 (DSCS-II)Success
2110 June 197913:39Titan IIIC3C-31OPS-7484 (DSP)Success
221 October 197911:22Titan IIIC3C-34OPS-1948 (Vortex)Success
2321 November 197921:36Titan IIIC3C-37OPS-9443 and OPS-9444 (DSCS-II)Success
2416 March 198119:24Titan IIIC3C-40OPS-7390 (DSP)Success
2531 October 198109:22Titan IIIC3C-39OPS-4029 (Vortex)Success
266 March 198219:25Titan IIIC3C-38OPS-8701 (DSP)SuccessFinal flight of the Titan IIIC.
2730 October 198203:05Titan 34D34D-1,IUSOPS-9445 (DSCS-II) andDSCS-III 1SuccessMaiden flight of the Titan 34D, and first flight of the Inertial Upper Stage. Only Titan 34D flight with an IUS.
2831 January 198403:08Titan 34D34D-10,TranstageOPS-0441 (Vortex)Success
2914 April 198416:52Titan 34D34D-11,TranstageOPS-7641 (DSP)Success
3022 December 198400:02Titan 34D34D-13,TranstageUSA-7 (DSP)Success
3129 November 198703:28Titan 34D34D-8,TranstageUSA-28 (DSP)Success
322 September 198812:05Titan 34D34D-3,TranstageUSA-31 (Vortex)Partial failureBroken pressurization lines forced early shutdown of Transtage during apogee burn, placing satellite in lower than intended orbit.
3310 May 198919:47Titan 34D34D-16,TranstageUSA-37 (Vortex)Success
344 September 198905:54Titan 34D34D-2,TranstageUSA-42 (DSCS-II) and USA-43 (DSCS-III)SuccessFinal flight of the Titan 34D and final flight of the Transtage.
351 January 199000:07Commercial Titan IIICT-1Skynet 4A andJCSAT 2SuccessMaiden flight of the Commercial Titan III, and first commercial launch from LC-40.
3614 March 199011:52Commercial Titan IIICT-2Intelsat 603Partial failureSecond stage failed to separate from kick motor, leaving payload stranded in LEO. Was visited bySpace ShuttleEndeavour duringSTS-49 two years later, where a new kickstage was attached and boosted intogeostationary orbit.
3723 June 199011:19Commercial Titan IIICT-3Intelsat 604Success
3825 September 199217:05Commercial Titan IIICT-4Mars ObserverSuccessOnly flight of thePlanetary Observer program, aimed at studyingMars. Final flight of the Commercial Titan III and final launch of theTitan III subfamily. First launch beyond geostationary orbit from LC-40. While launch was successful, communication was lost prior to Mars orbit insertion, likely due to a rupture in the fuel tank system.
397 February 199421:47Titan IVK-10, 401A /CentaurUSA-99 (Milstar)SuccessFirst Titan IV flight from LC-40. First Titan IV flight with a Centaur third stage.
4022 December 199422:19Titan IVK-14, 402A /IUSUSA-107 (DSP)Success
4114 May 199513:45Titan IVK-23, 401A /CentaurUSA-110 (Orion)Success
426 November 199505:15Titan IVK-21, 401A /CentaurUSA-115 (Milstar)Success
433 July 199600:31Titan IVK-2, 405AUSA-125 (SDS)SuccessFinal Titan IV-A flight from LC-40.
4423 February 199720:20Titan IVB-24, 402B /IUSUSA-130 (DSP)SuccessMaiden flight of the Titan IV-B.
4515 October 199708:43Titan IVB-33, 401B /CentaurCassini-HuygensSuccessPart of theLarge Strategic Science Missions, aimed at studyingSaturn andits moons such asTitan andEnceladus. Collaboration betweenNASA,ESA, and theASI. First spacecraft to orbit Saturn. Included theHuygens lander, first spacecraft to land on an outer solar system body and a moon besides theMoon. Only civilian launch on a Titan IV, and final Titan flight to go beyond geostationary orbit.
469 May 199801:38Titan IVB-25, 401B /CentaurNROL-6SuccessNRO launch.Orion satellite, also known as USA-139. First acknowledged launch by theNational Reconnaissance Office from LC-40.
4730 April 199916:30Titan IVB-32, 401B /CentaurUSA-143 (Milstar)FailureDatabase error in Centaur lead to failure ofattitude control and incorrect burns, placing satellite into useless orbit.
488 May 200016:01Titan IVB-29, 402B /IUSUSA-149 (DSP)Success
4927 February 200121:20Titan IVB-41, 401B /CentaurUSA-157 (Milstar)Success
506 August 200107:28Titan IVB-31, 402B /IUSUSA-159 (DSP)Success
5116 January 200200:30Titan IVB-38, 401B /CentaurUSA-164 (Milstar)Success
528 April 200313:43Titan IVB-35, 401B /CentaurUSA-169 (Milstar)Success
539 September 200304:29Titan IVB-36, 401B /CentaurNROL-19SuccessNRO launch.Orion satellite, also known as USA-171. Final Titan flight with a Centaur.
5414 February 200418:50Titan IVB-39, 402B /IUSUSA-176 (DSP)SuccessFinal flight of the Inertial Upper Stage.
5530 April 200500:50Titan IVB-26, 405BNROL-16SuccessNRO launch.Lacrosse satellite, also known as USA-182. Final Titan IV launch from LC-40, final Titan launch fromCape Canaveral, and penultimate flight of the Titan family. The final flight was made in October atSLC-4E inVandenberg.

Falcon 9 (2010–23)

[edit]

All flights operated bySpaceX.

No.DateTime (UTC)Launch VehicleBooster flight[a]Payload/missionResultRemarks
564 June 201018:45Falcon 9 v1.00003Dragon Spacecraft Qualification UnitSuccessMaiden flight of Falcon 9 and first launch as SLC-40. Flew a boilerplate Dragon capsule attached to the second stage.
578 December 201005:43Falcon 9 v1.00004SpaceX COTS Demo-1SuccessDemo flight forCommercial Resupply Services. Maiden flight of an operationalDragon spacecraft. First orbital flight of pressurized commercial spacecraft.
5822 May 201207:44Falcon 9 v1.00005SpaceX COTS Demo-2SuccessDemo flight forCommercial Resupply Services. Berthed to theInternational Space Station, becoming the first commercial spacecraft to visit it.
598 October 201200:35Falcon 9 v1.00006SpaceX CRS-1SuccessISS resupply flight. First operational CRS flight. Carried anOrbcomm satellite as a secondary payload, but an engine failure on the first stage forced it to be deployed in a lower than intended orbit.
601 March 201315:10Falcon 9 v1.00007SpaceX CRS-2SuccessISS resupply flight. Final flight of Falcon 9 v1.0.
613 December 201322:41Falcon 9 v1.11004SES 8SuccessFirst flight of Falcon 9 v1.1 from SLC-40 and first non-Dragon flight for Falcon 9 from Cape Canaveral. First Falcon 9 flight togeostationary orbit.
626 January 201422:06Falcon 9 v1.11005Thaicom 6Success
6318 April 201419:25Falcon 9 v1.11006SpaceX CRS-3SuccessISS resupply flight. First Dragon flight on Falcon 9 v1.1. Booster performed a soft water landing.
6414 July 201415:15Falcon 9 v1.11007Orbcomm-OG2-1SuccessBooster performed a soft water landing.
655 August 201408:00Falcon 9 v1.11008AsiaSat 8Success
667 September 201405:00Falcon 9 v1.11011AsiaSat 6Success
6721 September 201405:52Falcon 9 v1.11010SpaceX CRS-4SuccessISS resupply fight. Booster attempted a soft water landing, but ran out ofliquid oxygen and crashed.
6810 January 201509:47Falcon 9 v1.11012SpaceX CRS-5SuccessISS resupply fight. First attempt at a first stage landing, and first deployment ofdrone shipJust Read the Instructions.grid-fins lost hydraulic fluid and caused it to crash.
6911 February 201523:03Falcon 9 v1.11013DSCOVRSuccessEarth observation satellite and solar weather satellite. First deep space probe forNOAA. First Falcon 9 flight beyond geostationary orbit, to the L1Lagrange point. Booster performed a soft water landing.
702 March 201503:50Falcon 9 v1.11014ABS 3A andEutelsat 115 West BSuccess
7114 April 201520:10Falcon 9 v1.11015SpaceX CRS-6SuccessISS resupply fight. Attempt at a first stage landing, but a stuck throttle valve caused excess lateral velocity and caused it to crash.
7227 April 201523:03Falcon 9 v1.11016TurkmenAlem52E / MonacoSatSuccess
7328 June 201514:21Falcon 9 v1.11018SpaceX CRS-7FailureISS resupply fight. Intended to launch and deliverIDA-1. Final flight of Falcon 9 v1.1 from Cape Canaveral, and first deployment ofdrone shipOf Course I Still Love You. Overpressure incident in second stage LOX tank 150 seconds into launch caused vehicle to break up. Dragon capsule survived breakup, but was destroyed upon impacting the ocean due to having no parachute deployment protocols for aborts.
7422 December 201501:29Falcon 9 Full Thrust1019Orbcomm OG2-2SuccessFirst successful Falcon 9 landing, and first landing attempt atLanding Zone 1 inLC-13. Maiden flight of Falcon 9 Full Thrust, and first landing attempt with a non-Dragon payload.
754 March 201623:35Falcon 9 Full Thrust1020SES-9SuccessFirst landing attempt on a flight heading beyondlow Earth orbit. Booster failed to kill velocity during descent and crashed.
768 April 201620:43Falcon 9 Full Thrust1021‑1SpaceX CRS-8SuccessISS resupply flight. Launched and delivered theBigelow Expandable Activity Module. First successful drone ship landing. First Dragon flight on Falcon 9 Full Thrust. Booster would be eventually reflown onSES-10.
776 May 201605:21Falcon 9 Full Thrust1022JCSAT-14SuccessFirst successful landing on a flight heading beyond LEO.
7827 May 201621:39Falcon 9 Full Thrust1023‑1Thaicom 8SuccessBooster would eventually be reflown on theFalcon Heavy test flight.
7915 June 201614:29Falcon 9 Full Thrust1024Eutelsat 117 West B andABS 2ASuccess
8018 July 201604:45Falcon 9 Full Thrust1025‑1SpaceX CRS-9SuccessISS resupply flight. Launched and deliveredIDA-2.
8114 August 201605:26Falcon 9 Full Thrust1026JCSAT-16SuccessFinal Falcon 9 flight before theAMOS-6 explosion.
-Planned for 3 September 2016CancelledFalcon 9 Full Thrust1028AMOS-6PrecludedBuckled liner in severalCOPVs led todeflagration in the second stage during fuel loading prior to astatic-fire test on 1 September. Satellite lost in accident, leading to change in SpaceX policy where active payloads are not used during static-fire tests.
8215 December 201715:36Falcon 9 Full Thrust1035‑2SpaceX CRS-13SuccessISS resupply flight. First launch from SLC-40 following completion of repairs. First flight of a reused booster from SLC-40.
838 January 201801:00Falcon 9 Block 41043‑1ZumaSuccessClassified payload for the NRO. Also known as USA-280. First Falcon 9 Block 4 launch from SLC-40.
8431 January 201821:25Falcon 9 Full Thrust1032‑2GovSat-1SuccessFinal Falcon 9 Full Thrust flight from Cape Canaveral. Booster expended via water landing.
856 March 201805:33Falcon 9 Block 41044Hispasat 30W-6SuccessBooster expended via water landing.
862 April 201820:30Falcon 9 Block 41039‑2SpaceX CRS-14SuccessISS resupply flight. Only Dragon flight on Falcon 9 Block 4. Booster expended.
8718 April 201822:51Falcon 9 Block 41045‑1TESSSuccessPart of theExplorer program, designed to search forexoplanets using the transit method. First Falcon 9 flight by another celestial body, as spacecraft used agravity assist at theMoon.
884 June 201804:45Falcon 9 Block 41040‑2SES-12SuccessBooster expended.
8929 June 201809:42Falcon 9 Block 41045‑2SpaceX CRS-15SuccessISS resupply flight. Final flight of Falcon 9 Block 4. Booster expended.
9022 July 201805:50Falcon 9 Block 51047‑1Telstar 19VSuccessFirst launch of Falcon 9 Block 5 from SLC-40.
917 August 201805:18Falcon 9 Block 51046‑2Telkom-4 (Merah Putih)Success
9210 September 201804:45Falcon 9 Block 51049‑1Telstar 18VSuccess
935 December 201818:16Falcon 9 Block 51050SpaceX CRS-16SuccessISS resupply flight. First Dragon flight on Falcon 9 Block 5.
9423 December 201813:51Falcon 9 Block 51054GPS III-1SuccessPart of theGlobal Positioning System. First launch of GPS Block III. First GPS launch for SpaceX and first GPS launch from SLC-40. Booster expended.
9522 February 201901:45Falcon 9 Block 51048‑3Nusantara Satu andBeresheetSuccessBeresheet operated bySpaceIL, originally a finalist for theGoogle Lunar X Prize. First attempted privatelunar landing, but gyroscope failure led to premature main engine cutoff and crashed. First Falcon 9 launch to two different destinations and first Falcon 9 launch to another celestial body.
964 May 201906:48Falcon 9 Block 51056‑1SpaceX CRS-17SuccessISS resupply flight. Launched and delivered theOrbiting Carbon Observatory-3.
9724 May 201902:30Falcon 9 Block 51049‑2Starlink 1SuccessFirst test launch of theStarlink megaconstellation.
9825 July 201922:02Falcon 9 Block 51056‑2SpaceX CRS-18SuccessISS resupply flight. Launched and deliveredIDA-3.
996 August 201923:23Falcon 9 Block 51047‑2AMOS 17SuccessFree makeup flight forSpacecom following the loss ofAMOS 6. Booster expended.
10011 November 201914:56Falcon 9 Block 51048‑4Starlink 1 (v1.0)SuccessFirst operational launch of theStarlink megaconstellation.
1015 December 201917:29Falcon 9 Block 51059‑1SpaceX CRS-19SuccessISS resupply flight.
10217 December 201900:10Falcon 9 Block 51056‑2JCSAT-18 / Kacific 1Success
1037 January 202002:19Falcon 9 Block 51049‑4Starlink 2 (v1.0)Success
10429 January 202014:06Falcon 9 Block 51051‑3Starlink 3 (v1.0)Success
10517 February 202015:05Falcon 9 Block 51056‑4Starlink 4 (v1.0)Success
1067 March 202004:50Falcon 9 Block 51059‑2SpaceX CRS-20SuccessISS resupply flight. Final flight ofDragon 1.
1074 June 202001:25Falcon 9 Block 51049‑5Starlink 7 (v1.0)Success
10813 June 202009:21Falcon 9 Block 51059‑3Starlink 8 (v1.0) /SkySat 16–18Success
10930 June 202020:10Falcon 9 Block 51060‑1GPS III-3SuccessPart of theGlobal Positioning System.
11020 July 202021:30Falcon 9 Block 51058‑2Anasis-IISuccess
11118 August 202014:31Falcon 9 Block 51049‑6Starlink 10 (v1.0) / SkySat 19–21Success
11230 August 202023:19Falcon 9 Block 51059‑4SAOCOM 1B / GNOMES 1 / Tyvak 0172SuccessFirst flight from Cape Canaveral to go intopolar orbit since 1969 and first polar launch from SLC-40.
11324 October 202015:31Falcon 9 Block 51060‑3Starlink 14 (v1.0)Success
1145 November 202023:24Falcon 9 Block 51062‑1GPS III-4SuccessPart of theGlobal Positioning System.
11525 November 202002:13Falcon 9 Block 51049‑7Starlink 15 (v1.0)Success100th Falcon 9 flight.
11613 December 202017:30Falcon 9 Block 51051‑7SXM-7Success
1178 January 202102:15Falcon 9 Block 51060‑4Türksat 5ASuccess
11824 January 202115:00Falcon 9 Block 51058‑5Transporter-1SuccessFirst flight of SpaceX's Transporter program forrideshare satellites.
1194 February 202106:19Falcon 9 Block 51060‑5Starlink V1.0-L18Success
12015 February 202103:59Falcon 9 Block 51059‑6Starlink V1.0-L19Success
12111 March 202108:13Falcon 9 Block 51058‑6Starlink V1.0-L20Success
12224 March 202108:28Falcon 9 Block 51060‑6Starlink V1.0-L22Success
1237 April 202116:34Falcon 9 Block 51058‑7Starlink V1.0-L23Success
12429 April 202103:44Falcon 9 Block 51060‑7Starlink V1.0-L24Success
1259 May 202107:42Falcon 9 Block 51051‑10Starlink V1.0-L27Success
12626 May 202118:59Falcon 9 Block 51063‑2Starlink V1.0-L28Success
1276 June 202104:26Falcon 9 Block 51061‑3SXM-8Success
12817 June 202116:09Falcon 9 Block 51062‑2GPS III-5SuccessPart of theGlobal Positioning System.
12930 June 202119:31Falcon 9 Block 51060‑8Transporter-2Success
13013 November 202112:19Falcon 9 Block 51058‑9Starlink Group 4‑1Success
1312 December 202123:12Falcon 9 Block 51060‑9Starlink Group 4‑3Success
13219 December 202103:58Falcon 9 Block 51067‑3Türksat 5BSuccess
13313 January 202215:25Falcon 9 Block 51058‑10Transporter-3Success
13431 January 202223:11Falcon 9 Block 51052‑3CSG-2Success
13521 February 202214:44Falcon 9 Block 51058‑11Starlink Group 4‑8Success
1369 March 202213:45Falcon 9 Block 51052‑4Starlink Group 4‑10Success
13719 March 202204:22Falcon 9 Block 51051‑12Starlink Group 4‑12Success
1381 April 202212:47Falcon 9 Block 51061‑7Transporter-4Success
13921 April 202217:51Falcon 9 Block 51060‑12Starlink Group 4‑14Success
14029 April 202221:27Falcon 9 Block 51062‑6Starlink Group 4‑16Success
14114 May 202220:40Falcon 9 Block 51073‑1Starlink Group 4‑15Success
14225 May 202218:35Falcon 9 Block 51061‑8Transporter-5Success
1438 June 202221:04Falcon 9 Block 51062‑7Nilesat-301Success
14419 June 202204:27Falcon 9 Block 51061‑9Globalstar FM15Success
14529 June 202221:04Falcon 9 Block 51073‑2SES-22Success
1467 July 202213:11Falcon 9 Block 51058‑13Starlink Group 4-21Success
14717 July 202214:20Falcon 9 Block 51051‑13Starlink Group 4-22Success
1484 August 202223:08Falcon 9 Block 51052‑6KPLOSuccessAlso known as Danuri, and placed on a low-energyballistic Lunar transfer. MadeSouth Korea the sixth nation to put a satellite intoLunar orbit.
14919 August 202219:21Falcon 9 Block 51062‑9Starlink Group 4-27Success
15028 August 202203:41Falcon 9 Block 51069‑2Starlink Group 4-23Success
1515 September 202202:09Falcon 9 Block 51052‑7Starlink Group 4-20Success
15219 September 202200:18Falcon 9 Block 51067‑6Starlink Group 4-34Success
15324 September 202223:32Falcon 9 Block 51073‑4Starlink Group 4-35Success
1548 October 202223:05Falcon 9 Block 51060‑14Galaxy 33 & 34Success
15515 October 202205:22Falcon 9 Block 51069‑3Hotbird 13FSuccess
15630 October 202214:50Falcon 9 Block 51062‑10Starlink Group 4-36Success
1573 November 202205:22Falcon 9 Block 51067‑7Hotbird 13GSuccess
15812 November 202216:06Falcon 9 Block 51051‑14Galaxy 31 & 32Success
15923 November 202202:57Falcon 9 Block 51049‑11Eutelsat 10BSuccess
16011 December 202207:38Falcon 9 Block 51073‑5Hakuto-R Mission 1SuccessPrivateLunar landing attempt operated byispace. Error with radar altimeter caused spacecraft to hover overhead until fuel depletion, causing it to crash.
16116 December 202222:48Falcon 9 Block 51067‑8O3b mPOWER 1 & 2Success
16228 December 202209:34Falcon 9 Block 51062‑11Starlink Group 5‑1Success
1633 January 202314:56Falcon 9 Block 51060‑15Transporter-6Success
16410 January 202304:50Falcon 9 Block 51076‑2OneWeb L16Success
16518 January 202312:24Falcon 9 Block 51077‑2GPS III-6SuccessPart of theGlobal Positioning System.
16626 January 202309:32Falcon 9 Block 51067‑9Starlink Group 5‑2Success
1677 February 202301:32Falcon 9 Block 51073‑6Amazonas NexusSuccess
16812 February 202305:10Falcon 9 Block 51062‑12Starlink Group 5‑4Success
16918 February 202303:59Falcon 9 Block 51077‑3Inmarsat-6 F2Success
17027 February, 202323:13Falcon 9 Block 51076‑3Starlink Group 6‑1Success
1719 March 202319:13Falcon 9 Block 51062‑13OneWeb L17Success
17217 March 202323:38Falcon 9 Block 51069‑6SES-18 & SES-19Success
17324 March 202315:43Falcon 9 Block 51067‑10Starlink Group 5‑5Success
17429 March 202320:01Falcon 9 Block 51077‑4Starlink Group 5‑10Success
1757 April 202304:30Falcon 9 Block 51076‑4Intelsat 40eSuccessSatellite included theTEMPO experiment.
17619 April 202314:31Falcon 9 Block 51073‑8Starlink Group 6‑2Success
17728 April 202322:12Falcon 9 Block 51078‑2O3b mPOWER 3 & 4Success
1784 May 202307:31Falcon 9 Block 51069‑7Starlink Group 5‑6Success
17914 May 202305:03Falcon 9 Block 51067‑11Starlink Group 5‑9Success
18019 May 202306:19Falcon 9 Block 51076‑5Starlink Group 6‑3Success
18127 May 202304:30Falcon 9 Block 51062‑14Arabsat 7B (Badr 8)Success
1824 June 202312:20Falcon 9 Block 51078‑3Starlink Group 6‑4Success
18312 June 202307:10Falcon 9 Block 51073‑9Starlink Group 5‑11Success
18418 June 202322:21Falcon 9 Block 51067‑12SatriaSuccess
18523 June 202315:35Falcon 9 Block 51069‑8Starlink Group 5‑12Success
1861 July 202315:12Falcon 9 Block 51080‑2EuclidSuccessPart of theCosmic Vision program, aimed at surveyingredshift in galaxies to better understanddark matter anddark energy. Originally planned to launch onSoyuz, but moved to Falcon 9 following theRussian Invasion of Ukraine. First dedicatedESA launch from Falcon 9.
18710 July 202303:58Falcon 9 Block 51058‑16Starlink Group 6‑5Success
18816 July 202303:50Falcon 9 Block 51060‑16Starlink Group 5‑15Success
18924 July 202300:50Falcon 9 Block 51076‑6Starlink Group 6‑6Success
19028 July 202304:01Falcon 9 Block 51062‑15Starlink Group 6‑7Success
1913 August 202305:00Falcon 9 Block 51077‑6Galaxy 37Success
1927 August 202302:41Falcon 9 Block 51078‑4Starlink Group 6‑8Success
19311 August 202305:17Falcon 9 Block 51069‑9Starlink Group 6‑9Success
19417 August 202303:36Falcon 9 Block 51067‑13Starlink Group 6‑10Success
19527 August 202301:05Falcon 9 Block 51080‑3Starlink Group 6‑11Success
1961 September 202302:21Falcon 9 Block 51077‑7Starlink Group 6‑13Success
1979 September 202303:12Falcon 9 Block 51076‑7Starlink Group 6‑14Success
19816 September 202303:38Falcon 9 Block 51078‑5Starlink Group 6‑16Success
19920 September 202303:38Falcon 9 Block 51058‑17Starlink Group 6‑17Success
20024 September 202303:38Falcon 9 Block 51060‑17Starlink Group 6‑18Success
20130 September 202302:00Falcon 9 Block 51069‑10Starlink Group 6‑19Success
2025 October 202305:36Falcon 9 Block 51076‑8Starlink Group 6‑21Success
20313 October 202323:01Falcon 9 Block 51067‑14Starlink Group 6‑22Success
20418 October 202300:39Falcon 9 Block 51062‑16Starlink Group 6‑23Success
20522 October 202302:17Falcon 9 Block 51080‑4Starlink Group 6‑24Success
20630 October 202323:20Falcon 9 Block 51077‑8Starlink Group 6‑25Success
2074 November 202300:37Falcon 9 Block 51058‑18Starlink Group 6‑26Success
2088 November 202305:05Falcon 9 Block 51073‑11Starlink Group 6‑27Success
20912 November 202321:08Falcon 9 Block 51076‑9O3b mPOWER 5 & 6Success
21018 November 202305:05Falcon 9 Block 51069‑11Starlink Group 6‑28Success
21122 November 202307:47Falcon 9 Block 51067‑15Starlink Group 6‑29Success
21228 November 202304:20Falcon 9 Block 51062‑17Starlink Group 6‑30Success
2133 December 202304:00Falcon 9 Block 51078‑6Starlink Group 6‑31Success
2147 December 202305:07Falcon 9 Block 51077‑9Starlink Group 6‑33Success
21519 December 202304:01Falcon 9 Block 51081‑3Starlink Group 6‑34Success
21623 December 202305:33Falcon 9 Block 51058‑19Starlink Group 6‑32Success
21729 December 202304:01Falcon 9 Block 51069‑12Starlink Group 6‑36Success

Falcon 9 (2024)

[edit]

All flights operated bySpaceX.

No.DateTime (UTC)Launch vehicleBooster flight[a]Payload/missionResultRemarks
2183 January 202423:04Falcon 9 Block 51076‑10Ovzon-3Success
2197 January 202422:35Falcon 9 Block 51067‑16Starlink Group 6‑35Success
22015 January 202401:52Falcon 9 Block 51073‑12Starlink Group 6‑37Success
22130 January 202417:07Falcon 9 Block 51077‑10Cygnus CRS NG-20SuccessISS resupply flight. First of fourCygnus flights on Falcon 9, thanks toNorthrop Grumman'sAntares being affected by theRussian Invasion of Ukraine.
2228 February 202406:33Falcon 9 Block 51081‑4PACESuccessPart of theLarge Strategic Science Missions, aimed to study Earth's ocean color,biogeochemistry, andecology.
22314 February 202422:30Falcon 9 Block 51078‑7USSF-124SuccessLaunch for theUnited States Space Force. TwoHBTSS satellites.
22420 February 202420:11Falcon 9 Block 51067‑17Telkomsat HTS 113BTSuccess
22525 February 202422:06Falcon 9 Block 51069‑13Starlink Group 6‑39Success
22629 February 202415:30Falcon 9 Block 51076‑11Starlink Group 6‑40Success
2274 March 202423:56Falcon 9 Block 51073‑13Starlink Group 6‑41Success
22810 March 202423:05Falcon 9 Block 51077‑11Starlink Group 6‑43Success
22921 March 202420:55Falcon 9 Block 51080‑6SpaceX CRS-30SuccessISS resupply flight. FirstCargo Dragon 2 flight from SLC-40, and first use of pad's launch tower.
23025 March 202423:42Falcon 9 Block 51078‑8Starlink Group 6‑46Success
23131 March 202401:30Falcon 9 Block 51067‑18Starlink Group 6‑45Success
2325 April 202409:12Falcon 9 Block 51069‑14Starlink Group 6‑47Success
23310 April 202405:40Falcon 9 Block 51083‑2Starlink Group 6‑48Success
23413 April 202401:40Falcon 9 Block 51062‑20Starlink Group 6‑49Success
23518 April 202422:40Falcon 9 Block 51080‑7Starlink Group 6‑52Success
23623 April 202422:17Falcon 9 Block 51078‑9Starlink Group 6‑53Success
23728 April 202422:08Falcon 9 Block 51076‑13Starlink Group 6‑54Success
2383 May 202402:37Falcon 9 Block 51067‑19Starlink Group 6‑55Success
2396 May 202418:14Falcon 9 Block 51069‑15Starlink Group 6‑57Success
24013 May 202400:53Falcon 9 Block 51073‑15Starlink Group 6‑58Success
24118 May 202400:32Falcon 9 Block 51062‑21Starlink Group 6‑59Success
24223 May 202402:35Falcon 9 Block 51080‑8Starlink Group 6‑62Success
24328 May 202414:24Falcon 9 Block 51078‑10Starlink Group 6‑60Success
2441 June 202402:37Falcon 9 Block 51076‑14Starlink Group 6‑64Success
2455 June 202402:16Falcon 9 Block 51067‑20Starlink Group 8‑5Success
2468 June 202401:56Falcon 9 Block 51069‑16Starlink Group 10‑1Success
24720 June 202421:35Falcon 9 Block 51080‑9Astra 1P/SES-24Success
24823 June 202417:15Falcon 9 Block 51078‑11Starlink Group 10‑2Success
24927 June 202411:14Falcon 9 Block 51062‑22Starlink Group 10‑3Success
2503 July 202408:55Falcon 9 Block 51073‑16Starlink Group 8‑9Success
2518 July 202423:30Falcon 9 Block 51076‑15Türksat 6ASuccess
25228 July 202405:09Falcon 9 Block 51077‑14Starlink Group 10‑4Success
2534 August 202415:02Falcon 9 Block 51080‑10Cygnus CRS NG-21SuccessISS resupply flight. Second of fourCygnus flights on Falcon 9.
25410 August 202412:50Falcon 9 Block 51067‑21Starlink Group 8‑3Success
25515 August 202413:00Falcon 9 Block 51076‑16WorldView Legion 3–4Success
25620 August 202413:20Falcon 9 Block 51085‑1Starlink Group 10‑5Success
25728 August 202407:48Falcon 9 Block 51062‑23Starlink Group 8‑6Success
25831 August 202407:43Falcon 9 Block 51069‑18Starlink Group 8‑10Success
2595 September 202414:33Falcon 9 Block 51077‑15Starlink Group 8‑11Success
26012 September 202408:52Falcon 9 Block 51078‑13BlueBird Block 1 #1-5Success
26117 September 202422:50Falcon 9 Block 51067‑22Galileo-L13 (FOC FM26 & FM32)SuccessPart of theGalileo satellite navigation system. Originally supposed to launch onSoyuz, but was moved to Falcon 9 following theRussian Invasion of Ukraine. First Galileo launch from SLC-40.
26228 September 202417:17Falcon 9 Block 51085‑2SpaceX Crew-9

(DragonFreedom)

SuccessISS crew rotation mission. FirstCrew Dragon flight from SLC-40 and crewed flight from SLC-40, carrying astronautNick Hague and cosmonautAleksandr Gorbunov to the ISS. Originally planned to carry four astronauts, but two seats were made open followingBoeing CFT astronautsBarry Wilmore andSunita Williams' reassignment to the ISS expedition crew.
2637 October 202414:52Falcon 9 Block 51061‑23HeraSuccessSecond and final ofNASA andESA'sAsteroid Impact and Deflection Assessment missions, aimed at demonstrating and studying impacting forasteroid defense at65803 Didymos. Compliments the 2021 launch ofDART. First Falcon 9 launch to another planet. Flew while Falcon 9 was grounded following an off-nominal deorbit burn during SpaceX Crew-9, but was waived due to heliocentric trajectory. Booster expended.
26415 October 202416:10Falcon 9 Block 51080‑11Starlink Group 10‑10Success
26518 October 202423:31Falcon 9 Block 51076‑17Starlink Group 8‑19Success
26623 October 202421:47Falcon 9 Block 51073‑18Starlink Group 6‑61Success
26726 October 202421:47Falcon 9 Block 51069‑19Starlink Group 10‑8Success
26830 October 202421:10Falcon 9 Block 51078‑14Starlink Group 10‑13Success
2697 November 202420:19Falcon 9 Block 51085‑3Starlink Group 6‑77Success
27011 November 202421:28Falcon 9 Block 51080‑12Starlink Group 6‑69Success
27114 November 202413:21Falcon 9 Block 51076‑18Starlink Group 6‑68Success
27218 November 202418:31Falcon 9 Block 51073‑19GSAT-20 (GSAT-N2)Success
27321 November 202416:07Falcon 9 Block 51069‑20Starlink Group 6‑66Success
27425 November 202410:02Falcon 9 Block 51080‑13Starlink Group 12‑1Success
27530 November 202405:00Falcon 9 Block 51083‑6Starlink Group 6‑65Success
2764 December 202410:13Falcon 9 Block 51067‑24Starlink Group 6‑70Success
2778 December 202405:12Falcon 9 Block 51086‑2Starlink Group 12‑5Success
27817 December 202400:52Falcon 9 Block 51085‑4GPS III-7SuccessPart of theGlobal Positioning System.
27929 December 202405:00Falcon 9 Block 51083‑7Astranis: From One to ManySuccess

Falcon 9 (2025)

[edit]

All flights operated bySpaceX.

No.DateTime (UTC)Launch vehicleBooster flight[a]Payload/missionResultRemarks
2804 January 202501:27Falcon 9 Block 51073‑20Thuraya 4-NGSSuccess
2816 January 202520:43Falcon 9 Block 51077‑17Starlink Group 6‑71Success
28210 January 202519:11Falcon 9 Block 51067‑25Starlink Group 12‑12Success
28313 January 202516:47Falcon 9 Block 51080‑15Starlink Group 12‑4Success
28427 January 202522:05Falcon 9 Block 51076‑20Starlink Group 12‑7Success
2854 February 202510:15Falcon 9 Block 51069‑21Starlink Group 12‑3Success
2868 February 202519:18Falcon 9 Block 51078‑17Starlink Group 12‑9Success
28711 February 202518:53Falcon 9 Block 51077‑18Starlink Group 12‑18Success
28815 February 202501:14Falcon 9 Block 51067‑26Starlink Group 12‑8Success
28918 February 202523:21Falcon 9 Block 51080‑16Starlink Group 10‑12SuccessFirst booster landing performed in waters of a foreign nation, landing inthe Bahamas.
29021 February 202515:19Falcon 9 Block 51076‑21Starlink Group 12‑14Success
29127 February 202503:34Falcon 9 Block 51092‑1Starlink Group 12‑13Success
2923 March 202502:24Falcon 9 Block 51086‑5Starlink Group 12‑20Success
29313 March 202502:35Falcon 9 Block 51069‑22Starlink Group 12‑21Success
29415 March 202511:35Falcon 9 Block 51081‑13Starlink Group 12‑16Success
29528 March 202519:57Falcon 9 Block 51077‑19Starlink Group 12‑25Success
29624 March 202517:48Falcon 9 Block 51092‑2NROL-69SuccessNRO launch. Also known as USA-498. Consists of two satellites sharing a designation.
29731 March 202519:52Falcon 9 Block 51080‑17Starlink Group 6‑80Success
2986 April 202503:07Falcon 9 Block 51078‑19Starlink Group 6‑72Success
29914 April 202504:00Falcon 9 Block 51067‑27Starlink Group 6‑73Success
30022 April 202500:48Falcon 9 Block 51090‑3Bandwagon-3Success
30125 April 202501:52Falcon 9 Block 51069‑23Starlink Group 6‑74Success
30228 April 202502:09Falcon 9 Block 51077‑20Starlink Group 12‑23Success
3032 May 202501:51Falcon 9 Block 51080‑18Starlink Group 6‑75Success
3047 May 202501:17Falcon 9 Block 51085‑7Starlink Group 6‑93Success
30510 May 202506:28Falcon 9 Block 51083‑11Starlink Group 6‑91Success
30614 May 202516:38Falcon 9 Block 51090‑4Starlink Group 6‑67Success
30721 May 202503:19Falcon 9 Block 51095‑1Starlink Group 12‑15Success
30824 May 202517:19Falcon 9 Block 51069‑24Starlink Group 12‑22Success
30930 May 202517:37Falcon 9 Block 51092‑4GPS III-8SuccessPart of theGlobal Positioning System.
3103 June 202504:43Falcon 9 Block 51077‑21Starlink Group 12‑19Success
3117 June 202504:54Falcon 9 Block 51085‑8SXM-10Success
31210 June 202513:05Falcon 9 Block 51083‑12Starlink Group 12‑24Success
31313 June 202515:29Falcon 9 Block 51078‑21Starlink Group 12‑26Success
31418 June 202505:55Falcon 9 Block 51090‑5Starlink Group 10‑18Success
31523 June 202505:58Falcon 9 Block 51069‑25Starlink Group 10‑23Success
31625 June 202519:54Falcon 9 Block 51080‑20Starlink Group 10‑16Success
31728 June 202504:26Falcon 9 Block 51092‑5Starlink Group 10‑34Success
3182 July 202506:28Falcon 9 Block 51067‑29Starlink Group 10‑25Success500th Falcon 9 launch.
3198 July 202508:21Falcon 9 Block 51077‑22Starlink Group 10‑28Success
32013 July 202505:04Falcon 9 Block 51083‑13Dror-1Success
32116 July 202506:30Falcon 9 Block 51096‑1LeoSat KF-01SuccessFirst Falcon 9 launch supporting theKuiper Systemsmegaconstellation forAmazon.
32222 July 202521:12Falcon 9 Block 51090‑6O3b mPOWER 9 & 10Success
32326 July 202509:01Falcon 9 Block 51078‑22Starlink Group 10‑26Success
32430 July 202503:37Falcon 9 Block 51069‑26Starlink Group 10‑29Success
3254 August 202507:57Falcon 9 Block 51080‑21Starlink Group 10‑30Success
32611 August 202512:35Falcon 9 Block 51091‑1LeoSat KF-02SuccessSecond Falcon 9 launch supporting theKuiper Systemsmegaconstellation forAmazon.
32714 August 202512:29Falcon 9 Block 51085‑10Starlink Group 10‑20Success
32824 August 202506:45Falcon 9 Block 51090‑7SpaceX CRS-33SuccessISS resupply flight.
32927 August 202511:10Falcon 9 Block 51095‑2Starlink Group 10‑56Success
33031 August 202511:49Falcon 9 Block 51077‑23Starlink Group 10‑14Success
3313 September 202511:56Falcon 9 Block 51083‑14Starlink Group 10‑22Success
33212 September 202501:56Falcon 9 Block 51078‑23Nusantara LimaSuccess
33314 September 202522:11Falcon 9 Block 51094‑4Cygnus CRS NG-23SuccessISS resupply flight. Third of fourCygnus flights on Falcon 9. Originally slated to fly NG-22, but was switched following damage made to spacecraft during shipping. First flight of the XL variation.
33418 September 202509:30Falcon 9 Block 51092‑7Starlink Group 10‑61Success
33521 September 202510:53Falcon 9 Block 51085‑11Starlink Group 10‑27Success
33625 September 202508:39Falcon 9 Block 51080‑22Starlink Group 10‑15Success
3377 October 202506:46Falcon 9 Block 51090‑8Starlink Group 10‑59Success
33814 October 202501:58Falcon 9 Block 51091‑2LeoSat KF-03SuccessThird of Three Falcon 9 launch supporting theKuiper Systemsmegaconstellation forAmazon.
33916 October 202509:27Falcon 9 Block 51095‑3Starlink Group 10‑52Success
34019 October 202517:39Falcon 9 Block 51067‑31Starlink Group 10‑17Success
34124 October 202501:30Falcon 9 Block 51076‑22Spainsat NG IISuccessBooster expended.
34226 October 202515:00Falcon 9 Block 51077‑24Starlink Group 10‑21Success
34329 October 202516:35Falcon 9 Block 51083‑15Starlink Group 10‑37Success
3442 November 202505:09Falcon 9 Block 51091‑3Bandwagon-4Success
3456 November 202501:31Falcon 9 Block 51094‑5Starlink Group 6‑81Success
34611 November 202503:21Falcon 9 Block 51096‑3Starlink Group 6‑87Success
34715 November 202506:44Falcon 9 Block 51078‑24Starlink Group 6‑85Success
34819 November 202500:12Falcon 9 Block 51085‑12Starlink Group 6‑94Success
34922 November 202507:53Falcon 9 Block 51090‑9Starlink Group 6‑79Success

Upcoming launches

[edit]
DateRocket TypeMission / Payload
2 December 2025Falcon 9 Block 5Starlink Group 6‑95

References

[edit]
Wikimedia Commons has media related toCape Canaveral Space Launch Complex 40.

Notes

[edit]
  1. ^abcFalcon 9 first-stage boosters have a four-digit serial number. A hyphen followed by a number indicates the flight count. For example, B1021‑1 and B1021‑2 represent the first and second flights of boosterB1021. Boosters without a hyphen were expended on their first flight.

Citations

[edit]
  1. ^"Falcon User's Guide"(PDF).SpaceX. September 2021. p. 11.Archived(PDF) from the original on 8 December 2023. Retrieved4 September 2024.
  2. ^"Cape Canaveral Space Force Museum".ccspacemuseum.org. Retrieved7 April 2025.
  3. ^"Final use of LZ-1".x.com. 30 July 2025. Retrieved30 July 2025.
  4. ^Edwards, Brooke."SpaceX proposes increase in rocket launches from Cape Canaveral and new landing zone".Florida Today. Retrieved1 August 2025.
  5. ^abHidalgo Whitesides, Loretta (1 May 2008)."Launch Pad Demolition Clears Way for SpaceX Rockets".Wired.Archived from the original on 19 September 2008. Retrieved5 June 2010.
  6. ^"Launch Complex 40". Afspacemuseum.org. Archived fromthe original on 12 August 2014. Retrieved16 August 2014.
  7. ^Kelly, John (25 April 2007)."SpaceX cleared for Cape launches".Florida Today. Archived fromthe original on 30 September 2007. Retrieved5 June 2010.
  8. ^"NASA Selects SpaceX's Falcon 9 Booster and Dragon Spacecraft for Cargo Resupply Services to the International Space Station".SpaceX.com. 23 December 2008. Archived fromthe original on 21 July 2009. Retrieved26 January 2009.
  9. ^"Falcon 9's commercial promise to be tested in 2013". Spaceflight Now.Archived from the original on 20 November 2012. Retrieved17 November 2012.
  10. ^"SpaceX Anomaly Update". SpaceX.com. 2 September 2016. Archived fromthe original on 6 September 2016. Retrieved7 September 2016.
  11. ^Bill Chappell (1 September 2016)."SpaceX Rocket And Its Cargo Explode On Launch Pad In Florida". NPR.Archived from the original on 4 April 2023. Retrieved3 April 2023.
  12. ^Klotz, Irene (2 August 2013)."SpaceX Appetite for U.S. Launch Sites Grows".Space News. Archived fromthe original on 5 September 2013. Retrieved5 September 2013.
  13. ^"SpaceX Will Launch Another Used Dragon Capsule to Space Station Soon".Space.com.Archived from the original on 29 October 2017. Retrieved30 October 2017.
  14. ^Bergin, Chris (7 March 2017)."SpaceX prepares Falcon 9 for EchoStar 23 launch as SLC-40 targets return".NASASpaceFlight.com.Archived from the original on 9 March 2017. Retrieved11 March 2017.On the West Coast, three missions have set placeholders for launch from Vandenberg, namely Iridium 2 on June 17, the Formosat-5 mission on July 22 and Iridium-3 on August 24.
  15. ^"SpaceX launches and lands its first used rocket for NASA". The Verge. 15 December 2017.Archived from the original on 8 December 2020. Retrieved15 December 2017.
  16. ^abcdClark, Stephen (20 March 2024)."SpaceX's workhorse launch pad now has the accoutrements for astronauts".Ars Technica.Archived from the original on 21 March 2024. Retrieved21 March 2024.
  17. ^Robinson-Smith, Will (27 February 2024)."SpaceX tests new emergency escape system to certify pad 40 at Cape Canaveral for astronaut missions".Spaceflight Now. Retrieved7 August 2024.
  18. ^Smith, Martin (21 March 2024)."SpaceX's 30th resupply mission uses new access tower at SLC-40 for the first time".NASASpaceflight.Archived from the original on 22 September 2024. Retrieved28 April 2024.
  19. ^Berger, Eric (6 August 2024)."NASA chief will make the final decision on how Starliner crew flies home".Ars Technica.Archived from the original on 6 August 2024. Retrieved7 August 2024.The Crew-9 launched from Space Launch Complex 40 at Cape Canaveral Space Force Station in Florida. This was the first crewed launch from this complex, which SpaceX has built up in addition to its crew tower at Launch Complex 39A at nearby Kennedy Space Center.
  20. ^Niles-Carnes, Elyna (6 August 2024)."NASA Adjusts Crew-9 Launch Date for Operational Flexibility".NASA.Archived from the original on 8 October 2024. Retrieved6 August 2024.
  21. ^"Final use of LZ-1".x.com. 30 July 2025. Retrieved30 July 2025.
  22. ^Edwards, Brooke."SpaceX proposes increase in rocket launches from Cape Canaveral and new landing zone".Florida Today. Retrieved1 August 2025.
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  • † indicates that the launch pad's use is currently not as a launch site.‡ indicates that the launch pad is under construction or renovation.
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* denotes unflown vehicles or engines, and future missions or sites. † denotes failed missions, destroyed vehicles, and abandoned sites.
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